Posts

Showing posts with the label Megacar

Koenigsegg Jesko Twins | World's Fastest Twins |

Image
Koenigsegg and speed go hand in hand, from the iconic CCR that made the headlines everywhere when it reached a breathtaking top speed of 388 kmph or 241 mph at the Nardo Ring in Italy in 2005, beating the 8-year old record of McLaren F1 and putting Koenigsegg right into the hearts and minds of people all over the world to the Agera R that managed to attain a top speed of 418.4 kmph or 260 mph in 2011 to the phenomenal Agera RS , that was the fastest production car in the world with a top speed of 477.18 kmph or 277.87 mph and beating the 7-year old record set by the Bugatti Veyron Super Sport .  When the Bugatti Chiron Super Sport 300+ managed to go beyond the 300 mph barrier and reach a breathtaking top speed of 490.41 kmph or 304.77 mph, the world just flipped over because it became the first production car in the world to break the 300 mph barrier. In reply to the Chiron Supersport 300+, Koenigsegg unveiled not only one, but two cars, one which carries forward the mantle of

Koenigsegg One:1

Image
Overview The Koenigsegg One:1 has a special place in the car community. Not only it is made by one of the most exclusive and visionary car companies since the turn of the century, but it also managed to pull-off a feat previously unheard of and is still the only production car in the world that can make a "dream" or "ideal" equation practical. Rear quater view of the Koenigsegg One:1 The Koenigsegg One:1 has a hp-to- kerb weight ratio of 1:1 , i.e., it produces 1hp/kg of kerb weight of the car. For example : The Mclaren P1 has power to weight ratio of 0.6. Mind blown right! The One:1 produces 1360 hp with the kerb weight of 1360 kg ( complete car ready with 50% fuel and 100% fluids ). The One:1 with its iconic dihedral syncho helix doors ajar The One:1 is also the first homologated production car in the world to produce 1 megawatt of power, thereby making it the world's first "megacar". Specifications The One:1 is a mi